We propose a dual-band metamaterial perfect absorber with a metal–insulator–metal
structure (MIM) for use in infrared (IR) stealth technology. We designed the MIM structure to …

Micro/nanostructures play a key role in tuning the radiative properties of materials and have
been applied to high-temperature energy conversion systems for improved performance …

Metamaterial thermal emitters and absorbers have been widely studied for different
geometric patterns by exciting a variety of electromagnetic resonances. A resistor–inductor …

Metasurfaces with metal-insulator-metal structures have attracted significant attention
because of their high optical performance. Their spectral emissivity/absorptivity can be …

A thermochromism frequency-selective emitter (TFSE) capable of both emissivity modulation
and radiative cooling is presented. The emitter integrates a metallic resonating component …

Lightweight electromagnetic absorbing materials with thinner thickness and low density are
highly desired for practical applications. In this work, a thin and lightweight magnetic …

A mid-infrared perfect metamaterial absorber (PMA) consisting of well-engineered unit cells,
composed of metallic backed layer (Cu), dielectric layer (Al 2 O 3), matts-shaped meta cell …

A novel wavelength-selective thermophotovoltaic (TPV) emitter is proposed and analyzed
with high emissivity. The suggested TPV emitter is based on cylindrical gear grating of …

This work deals with the spectral radiative properties of metamaterials made of a 2D metallic
pattern on a dielectric thin film that separates the top periodic structure from a metal ground …

Color change metafilm is promising for the color printing of displays and imaging. A metallic
array on an elastic film can realize dynamic color change by mechanical extensions, such as …